Sentence examples for matrices were generally from inspiring English sources

Permutation tests indicated that matrix correlations (MCs) between K and C matrices were generally higher at 18°C (females MC = 0.258, P = 0.1908 ; males MC = 0.305, P = 0.1963) than at 23°C (females MC = 0.157, P = 0.3356 ; males MC = 0.250, P = 0.2665), but none of the MCs was statistically significant.

Maximum parsimony analyses of the full-length (103 taxon) and reduced (77 taxon) 3-gene matrices were generally congruent and both resulted in all taxa of Rafflesiales being associated with Malvales, although with low bootstrap support for the monophyly of this clade.

Transmissibility matrices are generally estimated using a H1 like approach in the literature.

In practical applications, the covariance matrices are generally different for each category.

However, the other matrices are generally much sparser and have the same eigenvectors because of the commutativity.

It is well known that the FEM matrices are generally sparse and hence only the non-zeros of the matrices need to be stored for eigenvalue analysis.

Pectin is highly hydrophilic in nature, and hydrophilic matrices are generally used for the oral drug delivery and for the preparation of modified release formulation (Sinha and Kumria 2003).

MALDI matrices are generally small organic compounds and act as energy mediators, effectively transferring the laser energy from a source to the surrounding sample molecules, resulting in minimum fragmentation.

These non-symmetric matrices are generally not applicable on uncharacterized sequences when the choice of the score matrix to use for which residues is unclear given unknown structural domains of the sequences.

One of these measures, the maximum elementwise difference between the single-gene and the consensus distance matrices, is generally quite large; every protein gave some pairwise distance that differed by at least 10% from the corresponding consensus distance.

The BMP-12-treated cells were largely spindle-shaped and like the fibrous matrix, were generally well aligned/organized along the longitudinal (tensile) axis of the tissue (Fig. 2B, Fig. 3A).